About

• Purpose: To separate fine ash particles from flue gases produced during combustion in industrial processes.
• Filtration methods: Depending on the application and desired efficiency, a collector can use one or a combination of the following technologies:
  • Electrostatic Precipitators (ESPs): Use an electric field to charge particles, which then collect on charged plates.
  • Bag Filters: Force gas through fabric bags that physically trap the ash particles.
  • Cyclones: Use a vortex to spin the gas, forcing heavier particles to the outside and downwards.
• Key components: The system typically includes the primary collector (ESP, baghouse, or cyclone), a system for conveying the collected ash, and a storage silo for the captured material.
• Construction: Often made from robust materials like mild or stainless steel and may have high-temperature resistant linings to operate under demanding conditions.

• Environmental compliance: Ensures that industrial emissions meet environmental regulations by removing particulate matter.
• Improved air quality: Reduces the amount of fly ash released into the atmosphere.
• Equipment protection: Prevents ash from damaging downstream equipment.
• High efficiency: Designed for high collection efficiency, often exceeding 99%.